IP water-proof testing device

Abstract

The invention relates to an IP water-proof testing device which comprises a tank body, a water pump, a water conveying pipe and multiple nozzles. The tank body comprises a water containing cavity and a containing cavity. The water pump is arranged in the water containing cavity and the water conveying pipe can be contained in the containing cavity. The nozzles can be arranged on a support of the nozzles and diameters of water outlets of the nozzles can meet water-proof tests of different grades respectively. By means of a control switch and a pressure gauge, a water discharging ratio can be adjusted at any time so as to carry out the water-proof tests of different grades by the device. When one-time testing is finished and a testing scene needs changing, the tank body is moved to a device to be tested as long as the nozzles are returned to the containing cavity without separating and moving all components and then assembling the components, and a water-proof test can be performed by taking out the nozzles conforming to requirements. As the water containing cavity can supply water for the test, the IP water-proof testing device is not limited in a place with a water source. Thus, compared with a traditional testing device, the IP water-proof testing device has the advantages of greatly improving the testing efficiency and slightly enhancing maneuverability.

Description

【Technical field】 [0001] The invention relates to a detection device, in particular to an IP waterproof detection device. 【Background technique】 [0002] In the field of outdoor equipment production, the equipment produced needs to be tested for IP protection before being put into the market. For example, in the field of professional lighting production, the use of outdoor lighting requires IP waterproof testing to check whether the waterproof performance of the lighting meets the design and market requirements. GB7000.1-2007 has made specific regulations on the waterproof level, IPX4 anti-splash, IPX5 anti-water spray, IPX6 anti-violent waves, IPX7 anti-immersion. [0003] The traditional test device is bulky and complex in structure. Each time it is moved, many components need to be moved separately, and then assembled, and it must be used near a water source. When it is necessary to test different devices under test, it is not easy to move . . In addition, the general...

AI Technical Summary

Problems solved by technology

[0003] The traditional test device is bulky and complex in structure. Each time it is moved, many components need to be moved separately, and then assembled, and it must be used near a water source. When it is necessary to test different devices under test, it is not easy to move

In addition, the general test device can only provide one kind of waterproof level test, because different test devices need to be used for different waterproof level tests

Therefore, the test process is cumbersome, and the test device needs to be replaced continuously during the test process, resulting in low efficiency

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